High-Resolution Partial Discharge Location Estimation in Power Cables

  • Kim, Y. -H.; 
  • Youn, Y. -W.; 
  • Yi, S. -H.; 
  • Hwang, D. -H.; 
  • Sun, J. -H.; 
  • ... Lee, J. -H.
Citations

WEB OF SCIENCE

9
Citations

SCOPUS

12

초록

This study proposes a new approach to estimate the partial discharge (PD) location for power cables. For the PD location estimation, we estimate the time-of-arrival (TOA) interval between the direct and reflected PD pulses using time-domain reflectometry. In the proposed scheme, we introduce a high-resolution technique known as the multiple signal classification method. This method is a powerful tool that extracts the PD pulses in a noisy environment using the orthogonality of the signal vectors to noise eigenvectors. Simulation results of the theoretical and experimental PD signals show that the proposed scheme accurately estimates the TOA interval of the PD pulses in a noisy environment.

키워드

Partial discharges; time-domain reflectometry; delay estimation; signal detection; noise; interference suppression; WAVELET TRANSFORM TECHNIQUE; NOISE; SIGNALS; LINES; FREQUENCY
제목
High-Resolution Partial Discharge Location Estimation in Power Cables
저자
Kim, Y. -H.; Youn, Y. -W.; Yi, S. -H.; Hwang, D. -H.; Sun, J. -H.; Lee, J. -H.
DOI
10.1109/TDEI.2013.004176
발행일
2014-04
유형
Article
저널명
IEEE Transactions on Dielectrics and Electrical Insulation
권
21
호
2
페이지
758 ~ 765